Interesting bits => Monitor had an internal power supply but Madpsychot split it out into a seperate box very elegantly. Same with the vga board and inverter. There was a case of jitters that went away when the case was screwed closed

MadPsychot - he says:"The jitters still come and go, depending a lot on whether I'm sitting under flourescent lights, a mobile phone is near by etc etc.... but it's works really well if you just use it like a normal pencil and paper."

Interesting bits=>A couple of non starts with another tablet and monitor.A rather neat piece of cable extension on p1Sketches with measurements on p4WIP pics of the animation table on p5Amazing images on p6 of the finished animation table. A thing of beauty and a joy forever.Rather nice piece of animation created on the finished build on p7

Interesting bits=> (to quote DonShole)I've had my share of mishaps doing this. First of all, Nisis tablets are rubbish! - for this project. I broke a CCFL from the L15CX monitor, replacing it didn't help. It turned out the lcd pcbs got shorted out after the one ccfl broke. I replaced it with a packard bell CT500c. The same monitor except, no speakers, the actual lcd is a lg phillips and, the column driver board causes interference on a ud12x12r IF it is completely over the tablet sensor. Shielding stops this. Strangely I get some minor jittering on my desktop but not on the laptop I was doing all my testing with. My " rebuild" cost is ct500c £45 incl shipping, ud12x2r £51 including shipping.

Notes:Two revisions of Dell 1503fp. Both work well with UD1212R.Rev A00 - Two 40 pin, .5 pitch ffc's needed. Two CCFL's on lcd (LCD= Samsung)Rev A01 - One 20 pin, .5 pitch ffc needed. One CCFL case with two bulbs on one side. (LCD= HannStar HSD150MX12)More Notes:It seems not all Rev A00 or A01 follow the pattern so just make sure you open yours to find out 100% before ordering FFC's. (only one case so far)

Monitor - Samtak need to find more details on this one.Tablet - UD1212

An obscure make of monitor, this model seemed very easy to work with, no hint of jitter.Problems with drop outs mid screen turned out to be a curved wacom sensor board, fixed with a refreshingly low tech solution involving large bolts.

Kerbec29 stars in a tale of gritty persistence overcoming problems and ending up with a very fine build.A good monitor too. no FFCs, and only one board across the top of the screen. Good use of big rubber feet. Some jitter cured by replacing the dying power supply.

Hooray - another good combination to add to the list. Nice use of the monitor back to extend the Wacom case, and BOLTS lots of BOLTS.There's also a really good exploded view sketchup drawing of how it all goes together - definitely worth a look.Wallace would be proud.